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Tag: Meteorologist Scott Dean

  • Planets on parade: Rare 6 planets line up in the sky

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    Coming up on the last evening of February, Mother Nature will treat us to another astronomical phenomenon known as “planets on parade.” 

    What You Need To Know

    • Six planets will align on the evening of Feb. 28

    • Planets lining up happens a couples times per year

    • Two of the six planets can only be seen through binoculars or a small telescope


    It’s nicknamed as such because several planets appear to form a fairly straight line in the early evening sky. However, Spectrum News Space Expert Anthony Leone says it’s all about perspective. “In reality (and out in space), they are not lined up. It only appears that way to us.”

    This ‘parade’ is unique because six planets (Mercury, Venus, Jupiter, Saturn, Uranus and Neptune) will align. He recommends looking west to southwest 30 to 60 minutes after sunset and finding a location with minimal light pollution for optimal viewing. The earlier the better, as Mercury will dip below the horizon not long after sunset. Jupiter will appear as a bright star to the east of the waxing gibbous moon.

    And make sure you bring binoculars or a telescope. “With the naked eye, you can see planets Mercury, Mars, Jupiter and Saturn as stars,” Leone says. “The more distant planets like Uranus and Neptune will need binoculars or a telescope to view.”

    Adding, “Free astronomy apps like ‘Sky Guide,’ ‘Planets’ and ‘SkyPortal’ are great at helping people see when and where the planets will rise.” 

     

    How frequently does this event occur?

    “Believe it or not, planet alignments are not too rare, and they happen a couple of times each year. It just depends on how many planets will be in alignment for a parade,” explains Leone. 

    If the weather doesn’t permit you to view this February, there will be another opportunity in August. The next one will be Aug. 12 with Mercury, Mars, Jupiter, Saturn, Uranus and Neptune all aligning.

    Happy viewing everyone!

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Scott Dean

    Source link

  • Planets on parade: Rare 6 planets line up in the sky

    [ad_1]

    Coming up on the last evening of February, Mother Nature will treat us to another astronomical phenomenon known as “planets on parade.” 

    What You Need To Know

    • Six planets will align on the evening of Feb. 28

    • Planets lining up happens a couples times per year

    • Two of the six planets can only be seen through binoculars or a small telescope


    It’s nicknamed as such because several planets appear to form a fairly straight line in the early evening sky. However, Spectrum News Space Expert Anthony Leone says it’s all about perspective. “In reality (and out in space), they are not lined up. It only appears that way to us.”

    This ‘parade’ is unique because six planets (Mercury, Venus, Jupiter, Saturn, Uranus and Neptune) will align. He recommends looking west to southwest 30 to 60 minutes after sunset and finding a location with minimal light pollution for optimal viewing. The earlier the better, as Mercury will dip below the horizon not long after sunset. Jupiter will appear as a bright star to the east of the waxing gibbous moon.

    And make sure you bring binoculars or a telescope. “With the naked eye, you can see planets Mercury, Mars, Jupiter and Saturn as stars,” Leone says. “The more distant planets like Uranus and Neptune will need binoculars or a telescope to view.”

    Adding, “Free astronomy apps like ‘Sky Guide,’ ‘Planets’ and ‘SkyPortal’ are great at helping people see when and where the planets will rise.” 

     

    How frequently does this event occur?

    “Believe it or not, planet alignments are not too rare, and they happen a couple of times each year. It just depends on how many planets will be in alignment for a parade,” explains Leone. 

    If the weather doesn’t permit you to view this February, there will be another opportunity in August. The next one will be Aug. 12 with Mercury, Mars, Jupiter, Saturn, Uranus and Neptune all aligning.

    Happy viewing everyone!

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Scott Dean

    Source link

  • The Ursid meteor shower arrives, the last of 2025

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    The last meteor shower of 2025, the Ursid meteor shower, arrives each year around the winter solstice. While it isn’t as impressive as the recent Geminid shower, it’s still worth seeing.

    What You Need To Know

    • The Ursid meteor shower peaks in the pre-dawn hours of Dec. 22

    • The average number of meteors per hour is 5-10. On rare occasions, there have been bursts near 100

    • The Ursid meteor shower originates from the debris trail of Comet 8P/Tuttle

    What causes most meteor showers?

    Meteor showers occur when the Earth passes through debris left over from a comet or asteroid. This debris material is usually no bigger than a large grain of sand. When these particles enter the Earth’s atmosphere, they burn up, leaving bright, sometimes colorful streaks of light in the night sky.

    In the case of the Ursids, the debris trail is left over from Comet 8P/Tuttle. This comet was first discovered in 1790 by Pierre Mechain from Paris, France. Later, in 1858, Horace Tuttle of Harvard University rediscovered the comet when its orbit took it back through the solar system.

    When and where to meet watch

    The Ursids range from Dec. 13 to 24. The peak arrives on the evening of December 21st through dawn. Make sure you dress warmly and find a dark location, away from lights. A country area is ideal. Allow your eyes to adjust to the night sky, which takes up to 30 minutes. The best time to watch the sky is from around 1 a.m. EST until dawn.

    All annual meteor showers have a radiant point from which they originate. With the Ursids, they radiate from the area of the constellations Ursa Major and Ursa Minor. (Big Dipper & Little Dipper). More specifically, from the star Kochab in the Little Dipper constellation. Look for the Big Dipper and the star Kochab well to the north-northeast.

    Keep in mind, you don’t need to look directly at the radiant point (near the star Kochab in the Little Dipper); looking about 30 to 40 degrees away often yields longer, more impressive meteor trails across the sky.

    Here is the cloud forecast across the nation during the peak viewing time:

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    [ad_2]

    Meteorologist Scott Dean

    Source link

  • The Ursid meteor shower arrives, the last of 2025

    [ad_1]

    The last meteor shower of 2025, the Ursid meteor shower, arrives each year around the winter solstice. While it isn’t as impressive as the recent Geminid shower, it’s still worth seeing.

    What You Need To Know

    • The Ursid meteor shower peaks in the pre-dawn hours of Dec. 22

    • The average number of meteors per hour is 5-10. On rare occasions, there have been bursts near 100

    • The Ursid meteor shower originates from the debris trail of Comet 8P/Tuttle

    What causes most meteor showers?

    Meteor showers occur when the Earth passes through debris left over from a comet or asteroid. This debris material is usually no bigger than a large grain of sand. When these particles enter the Earth’s atmosphere, they burn up, leaving bright, sometimes colorful streaks of light in the night sky.

    In the case of the Ursids, the debris trail is left over from Comet 8P/Tuttle. This comet was first discovered in 1790 by Pierre Mechain from Paris, France. Later, in 1858, Horace Tuttle of Harvard University rediscovered the comet when its orbit took it back through the solar system.

    When and where to meet watch

    The Ursids range from Dec. 13 to 24. The peak arrives on the evening of December 21st through dawn. Make sure you dress warmly and find a dark location, away from lights. A country area is ideal. Allow your eyes to adjust to the night sky, which takes up to 30 minutes. The best time to watch the sky is from around 1 a.m. EST until dawn.

    All annual meteor showers have a radiant point from which they originate. With the Ursids, they radiate from the area of the constellations Ursa Major and Ursa Minor. (Big Dipper & Little Dipper). More specifically, from the star Kochab in the Little Dipper constellation. Look for the Big Dipper and the star Kochab well to the north-northeast.

    Keep in mind, you don’t need to look directly at the radiant point (near the star Kochab in the Little Dipper); looking about 30 to 40 degrees away often yields longer, more impressive meteor trails across the sky.

    Here is the cloud forecast across the nation during the peak viewing time:

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

    [ad_2]

    Meteorologist Scott Dean

    Source link

  • Allergies change with the weather and the seasons

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    It’s the time of year that many people dread. It’s certainly not the warmer temperatures, but the seasonal allergies they suffer through when all the trees and plants explode, sending massive amounts of pollen grains into the air.

    It might surprise you to know that the weather can affect your allergies. If you feel congested when it rains, or have runny and watery eyes when it’s windy outside, you might have weather-related allergies.

    What You Need To Know

    • Dry, windy days can increase pollen issues

    • Mold levels usually pick up during damp weather

    • Grass and tree pollen is often worst in the spring into summer

    • Ragweed allergies pick up going into fall

    Allergic reactions occur when your immune system reacts to an allergen—anything your body identifies as “foreign.” Allergy symptoms can be similar to symptoms from other conditions, such as the common cold. These symptoms are often worse if you also have asthma.

    The symptoms include watery eyes, a runny nose, sneezing, congestion and coughing. These symptoms can be fairly mild and just a nuisance treated with over-the-counter medications, or can be quite debilitating and cause the patient to seek out special treatments.

    When you find yellow dust covering your car, you know what pollen looks like. This fine, dust-like substance helps fertilize plants.

    (AP Photo/Brynn Anderson)

    With all that pollen in the air, certain types of weather conditions can play a role in which days can be worse for the allergy sufferers.

    Dry, windy days can certainly cause allergy symptoms to spike. Wind plays a big role in pollen levels. It is very lightweight, and is easily picked up and carried through the air when it’s dry and windy. The allergen is then in the air you breathe, in very large amounts.

    Mold is another source of allergy symptoms on dry, windy days. Molds and fungi are very common outdoors, and wind can pick up their spores (seeds) and spread them around.

    (File Photo)

    Allergy symptoms can also be worse on humid, rainy days. Although mold spores often spread through wind, some types of mold spread when humidity is higher. Spores from these types of mold travel through fog or dew.

    Humid, rainy days can sometimes be beneficial for people with pollen allergies. When pollen gets wet, it becomes heavier, making it more likely to stay on the ground rather than in the air where you might breathe it in.

    However, rain can sometimes have the opposite effect on pollen. When humidity is very high, pollen particles can actually explode and leak allergenic proteins into the air. This often happens during a thunderstorm.

    (File Photo)

    Also, different seasons bring with them different types of allergies.

    Spring

    Spring allergies typically start in February and end toward June. This is because of plant pollination cycles. Large amounts of pollen from grasses and trees are present in the spring when temperatures are cooler at night and warmer during the day.

    Pollen levels are highest in the evenings during the spring.

    Summer

    Pollen season for grass and trees continues into the summer. Pollen levels are highest in the evenings at the beginning of summer. Ragweed pollen season hits later in the summer, with higher pollen levels in the mornings.

    (File Photo)

    Fall

    Fewer plant allergens are present in the air when fall hits, but ragweed pollen season continues into early fall. Mold can also be present in damp areas, such as near piles of dead leaves.

    (File Photo)

    The best way to deal with allergies is to try to avoid those days when the weather can play an adverse role and, of course, keep your allergy medication close at hand.

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    Meteorologist Scott Dean

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